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Case Study Featured

Screw Press – Precision,Durability,and Reliability in Every Rotation- Case Study

July 18 2026

In the textile industry, screw presses play an important role in various processing operations where continuous and reliable equipment performance is essential. Operating under heavy loads, continuous running conditions, moisture, contamination, and demanding process environments, the reliability of screw press bearings directly impacts equipment uptime, operational efficiency, and maintenance costs.  Under such challenging conditions, effective lubrication is essential for minimizing friction, controlling bearing temperature, protecting against wear and corrosion, and ensuring smooth and reliable operation. This case study highlights how a technically engineered lubrication solution enhances screw press bearing reliability, improves operational performance, extends lubrication intervals, and delivers measurable maintenance and cost benefits.

Mag-Drive Reactor –Sealless Performance,Reliable Processing

July 18 2026

In chemical and process industries, Mag-Drive reactors play a critical role in handling sensitive and hazardous process fluids while ensuring safe and reliable operation. Operating continuously under varying temperatures, mechanical loads, and demanding process conditions, the reliability of reactor bearings directly impacts equipment performance, process safety, uptime, and maintenance costs. In such demanding conditions, effective lubrication is essential for minimizing friction, reducing bearing wear, maintaining smooth operation, and preventing premature bearing failure.

Corrugation Roller

July 13 2026

In the corrugated packaging industry, corrugation rollers play a critical role in forming consistent flutes and ensuring efficient board production. Operating continuously under high temperatures, heavy loads, high speeds, and vibration, the reliability of roller bearings directly impacts product quality, equipment uptime, and maintenance costs. In such demanding conditions, effective lubrication is essential for minimizing friction, controlling bearing temperature, and preventing premature wear. This case study highlights how a technically engineered lubrication solution enhances corrugation roller bearing reliability, extends lubrication intervals, and delivers measurable maintenance and cost benefits.

Lubrication basics and beyond

Blogs

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Industrial Lubricants for Well-Lubricated Machines

TECHNICAL CONCEPT Well Lubricated Machine: Is your machine breaking down sooner than it should? Are simply the moving parts wearing out quicker than you can replace them? In this blog, we will examine the ways by which a well-lubricated machine benefits your business. How a Well-Lubricated Machine with the Right Industrial Lubricants Drives Better Business Performance Good grease is one of the most significant parts of strong production. A machine that remains well lubricated is the machine gene

Blog | July 23 2026

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Lubricant Handling and Safety: Best Storage Practices

IMPORTANCE OF LUBRICANT HANDLING & SAFETY Recent legislation in all developed as well as developing countries have focused public attention on health and safety hazards while using chemical products and placed a responsibility on such product suppliers to reduce risks. This has resulted in more general availability of information about specific dangers and preventive actions. During last decade, many industries have faced enormous monetary losses in the maintenance department due to accident

Blog | July 23 2026

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Hydrodynamic Lubrication in Industrial Lubricants

STRUGGLING TO ACHIEVE HRDRODYNAMIC LUBRICATION WITH YOUR INDUSTRIAL LUBRICANTS ?? Friction plays a large and essential role in everyday life in case of machines & humans although we usually never think about it.As we know, necessary amount of friction is necessary to run all assemblies but excessive friction can be nuisance sometimes!! Hydrodynamic Lubrication with industrial lubrication is one of the method used extensively to support load and reduce friction. It is also known as full

Blog | July 22 2026

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Glossary

Know the important terms

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A

Lubrications terms as per letter A

You can find more such terms on the glossary page

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A.G.M.A.

abbreviation for "American Gear Manufacturers Associations," an organization serving the gear industry.

A.S.T.M

measures the radiation absorbed by chemically unbound atoms by analyzing the transmitted energy relative to the incident energy at each frequency. The procedure consists of diluting the fluid sample with methyl isobutyl ketone (MIBK) and directly aspirating the solution. The actual process of atomization involves reducing the solution to a fine spray, dissolving it, and finally vaporizing it with a flame. The vaporization of the metal particles depends upon their time in the flame, the flame temperature, and the composition of the flame gas. The spectrum occurs because atoms in the vapor state can absorb radiation at certain well-defined characteristic wave lengths. The wave length bands absorbed are very narrow and differ for each element. In addition, the absorption of radiant energy by electronic transitions from ground to excited state is essentially and absolute measure of the number of atoms in the flame and is, therefore, the concentration of the element in a sample.

Abrasion

Abrasion - a general wearing away of a surface by constant scratching, usually due to the presence of foreign matter such as dirt, grit, or metallic particles in the lubricant. It may also cause a break down of the material such as the tooth surfaces of gears. Lack of proper lubrication may result in abrasion.
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Faqs

Answer to your questions

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Oils
  • What is viscosity of Oil?

    Viscosity of an oil is a relative thickness that determines the flowability of the oil.

  • What is a flash point of an Oil?

    Flashpoint of an Oil is the temperature at which 5% of the oil starts generating enough vapours to ignite the oil in the presence of an external source.

Grease
  • When should I use grease instead of oil?

    Grease is ideal for applications where access is limited, sealing is important, or where lubricant needs to stay in place for extended periods.

  • What causes grease to harden or dry out?

    Grease may harden due to oxidation, high temperatures, evaporation of base oil, or contamination over time.

Food Grade Lubricants
  • What are food-grade lubricants?

    Food-grade lubricants are specially formulated to be safe for incidental contact with food. They meet strict safety and hygiene standards like NSF H1.

  • What are NSF H1, H2, and H3 lubricants?

    These are food-grade classifications: H1 (incidental food contact), H2 (no food contact), H3 (edible oils for rust prevention).

General Lubrication
  • What is the primary purpose of lubrication?

    Lubrication reduces friction and wear between moving surfaces, helping to improve efficiency, reduce energy consumption, and extend equipment life.

  • What is the difference between oil and grease?

    Oil is a fluid lubricant that flows freely, while grease is a semi-solid lubricant consisting of oil, thickener, and additives. Grease stays in place and is preferred where relubrication is difficult.

Physical and Chemical Property
  • What is viscosity, and why does it matter?

    Viscosity is a measure of a fluid's resistance to flow. The right viscosity ensures adequate film thickness for protection without excessive drag.

  • What is the Viscosity Index (VI)?

    VI indicates how a lubricant's viscosity changes with temperature. A high VI means less change in viscosity, ensuring better protection over a wider temperature range.

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